In a Young's double-slit experiment, 633-nm laser light illuminates two slits separated by a distance of 3.64 x 10-5 m.
(a) Find the angle at which the first order maximum occurs.
(b) If the interference pattern is displayed on a screen 1.26 m away, determine the distance from the centerline to the first order maximum.
(c) Find also the angle at which the second-order (m = 2) minimum occurs.
(d) Find the distance of that minimum from the centerline.